FootJoy HyperFlex Golf Shoes 2025 - Black/White/Red - 13 - M

189,00 USD

Description

FootJoy poured all of its class-leading footwear technology into the all-new HyperFlex, finely tuning every aspect of the shoe to meet and exceed the uncompromising comfort, stability, power, and traction standards the company reserves for its flagship offerings. FootJoy's proprietary StratoFoam midsole and Opti-Flex outsole address the first portion of the equation. This proprietary foam absorbs shock and returns energy with every step, while the serpentined sole plate bends with the foot's natural movement, ensuring all-day comfort and reduced walking fatigue. Elite traction and stability are paramount characteristics of FootJoy's tour-caliber shoes, and the HyperFlex is not lacking in either department. Powered by LB Pulsar cleats, additional traction elements, and FootJoy's TurFIT System, the HyperFlex keeps your feet locked in throughout the golf swing. Finally, and most impressively, the HyperFlex optimizes your swing's ability to generate speed. FootJoy accomplishes this via a PowerPlate and TPU saddle harness, which combine to reduce twisting and harness movement at the top of the foot, resulting in a greater energy transfer to the ground. Virtually all modern professional golfers utilize ground force to build speed in their swing, and HyperFlex's advanced construction maximizes the foot's capacity to do so. FootJoy backs the HyperFlex with a two-year waterproof warranty. FootJoy HyperFlex Golf Shoes Feature: Waterproof ControlKNIT spiral-wound engineered knit technology upper with an easy-to-clean coating TruFIT System provides easy-on flexibility and wrap-around heel support for a locked-in, secure fit Responsive StratoFOAM, specifically tuned for golf comfort and performance, absorbs shock, returns energy, and reduces fatigue PowerPlate maximizes energy transfer by harnessing rotational forces OptiFlex outsole bends naturally with your foot to reduce walking fatigue Renewable SoftSpikes LP Pulsar cleats (Fast Twist 3.0) and traction elements provide outst